Description
Gevulot is a decentralized, privacy-centric framework focused on enhancing data access and sharing security within the web3 ecosystem through the utilization of blockchain technology. This platform employs cryptographic techniques to safeguard user data, ensuring it remains accessible only to verified parties. Gevulot's aim is to mitigate privacy and security challenges in the digital space, granting users complete control over their digital identities and shared information. It achieves this by integrating smart contracts and decentralized identity solutions, which facilitates a secure interaction space for users and applications, thereby minimizing the risks linked to data breaches and unauthorized data access. Distinguished as a permissionless and programmable layer 1 blockchain, Gevulot specializes in deploying zero-knowledge provers and verifiers as on-chain programs, standing out as a decentralized compute network tailored for zero-knowledge proof generation and verification. The platform allows users to deploy provers without needing permission, leveraging a network of advanced hardware operators for compute offloading. This architecture not only optimizes proving worklo...
Gevulot is a decentralized, privacy-centric framework focused on enhancing data access and sharing security within the web3 ecosystem through the utilization of blockchain technology. This platform employs cryptographic techniques to safeguard user data, ensuring it remains accessible only to verified parties. Gevulot's aim is to mitigate privacy and security challenges in the digital space, granting users complete control over their digital identities and shared information. It achieves this by integrating smart contracts and decentralized identity solutions, which facilitates a secure interaction space for users and applications, thereby minimizing the risks linked to data breaches and unauthorized data access. Distinguished as a permissionless and programmable layer 1 blockchain, Gevulot specializes in deploying zero-knowledge provers and verifiers as on-chain programs, standing out as a decentralized compute network tailored for zero-knowledge proof generation and verification. The platform allows users to deploy provers without needing permission, leveraging a network of advanced hardware operators for compute offloading. This architecture not only optimizes proving worklo...
